At present, there are many sub-categories in physics, and the fragmentation is particularly serious. The objectively inseparable physical laws and phenomena are divided into too many fragments. This paper intends to examine the existence, movement, change and development of objective things from the macroscopic scope of the external space of electrons and protons: objective entities are composed of electrons and protons with mass and charge. The laws they follow mainly include Newton's law of universal gravitation, Newton's first and second laws, Coulomb's law and Biot-Savart's law (this article does not consider strong and weak interactions for the time being). Considering that these laws are all established under the condition of a stable field, and the universal gravitation and electromagnetic force have a certain transmission speed. Therefore, when the motion speed of the research object is high, these laws should be properly corrected in order to conform to the objective reality. Since mass and charge are the same body, these laws will act on the research object at the same time. This point is the material basis of this theory——holographic physics. Only by taking into account all the forces on matter at the same time, can we truly find the law that conforms to the objective motion of matter.

目前物理学中的子门类繁多，碎片化特别严重，把本来客观上密不可分的物理规律和现象分割成过多的碎片。本文拟从电子和质子外部空间之宏观范围来审视客观事物的存在方式、运动形式、变化与发展规律：客观实体均由带质量与电荷的电子和质子构成。它们遵循的规律主要有牛顿万有引力定律及牛顿第一和第二定律、库仑定律和毕奥-萨伐尔定律（本文暂不考虑强、弱相互作用）。考虑到这些定律均是在稳定场条件下建立起来的，而万有引力、电磁力均有一定的传递速度。因此，在研究对象的运动速度较高时，应对这些定律进行适当的修正才能符合客观实际。由于质量与电荷同体，因此，这些定律将同时对研究对象产生作用。这一点也就是本理论——全息物理学的物质基础所在。只有把物质受到的所有作用力同时考虑进来，才能真正找到符合物质客观运动的规律。